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The interactive Poster “SuiPo” by Fuminori Tsunoda, Takayuki Matsumoto, Takeshi Nakagawa, Mariko Utsunomiya, East Japan Railway uses a combination of IC card ticket Suica and Internet accessible mobile phone where customers can get e-mail information by touching their IC card ticket on the reader located near the poster.
More on SuiPo
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Tern: Wooden blocks shaped like jigsaw puzzle pieces
Created by Michael Horn and Robert J.K. Jacob at Tufts University, Tern is a tangible programming language for middle school and late elementary school students. Children connect the tailored wooden blocks to form physical computer programs, which may include action commands, loops, branches, and subroutines.
Download Tern’s paper for Chi’07
Quetzal
Prior to designing Tern, the authors created Quetzal (pronounced ket-sal), a “tangible programming language designed for children and novice programmers to control LEGO MINDSTORMS robots. It consists of over one hundred interlocking tiles representing flow-of-control structures, actions, and data. Programmers arrange and connect these tiles to define algorithms which can include loops, branches, and concurrent execution.”
Also Oren Zuckerman from the MIT Media Lab created Systems Thinking Blocks for children to model and simulate dynamic systems.
Flow Blocks for children “to create 3D structures in space, that look like common structures in life”
If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!
Tern: Wooden blocks shaped like jigsaw puzzle pieces
Created by Michael Horn and Robert J.K. Jacob at Tufts University, Tern is a tangible programming language for middle school and late elementary school students. Children connect the tailored wooden blocks to form physical computer programs, which may include action commands, loops, branches, and subroutines.
Download Tern’s paper for Chi’07
Quetzal
Prior to designing Tern, the authors created Quetzal (pronounced ket-sal), a “tangible programming language designed for children and novice programmers to control LEGO MINDSTORMS robots. It consists of over one hundred interlocking tiles representing flow-of-control structures, actions, and data. Programmers arrange and connect these tiles to define algorithms which can include loops, branches, and concurrent execution.”
Also Oren Zuckerman from the MIT Media Lab created Systems Thinking Blocks for children to model and simulate dynamic systems.
Flow Blocks for children “to create 3D structures in space, that look like common structures in life”
If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!
Shoogle, created by John Williamson, Roderick Murray-Smith, Stephen Hughes at the University of Glasgow, UK, is an interface for sensing data within a mobile device.
It is based around active exploration: devices are shaken, revealing the contents rattling around “inside”. Vibrotactile display and realistic impact sonification create a compelling system. Inertial sensing is used for completely eyes-free, single-handed interaction that is entirely natural.
Download the Shoogle’s paper for Chi 2007
Video of Shoogle
Stephen Hughes was previously a researcher in the Palpable Machines research group with Sile O’Modhrain at Media Lab Europe. The group published key papers on vibrotactile display and mobile multi-modal interfaces.
MESH an iPaq running a simple tilt-driven maze game by the Palpable Machines group
If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!
Shoogle, created by John Williamson, Roderick Murray-Smith, Stephen Hughes at the University of Glasgow, UK, is an interface for sensing data within a mobile device.
It is based around active exploration: devices are shaken, revealing the contents rattling around “inside”. Vibrotactile display and realistic impact sonification create a compelling system. Inertial sensing is used for completely eyes-free, single-handed interaction that is entirely natural.
Download the Shoogle’s paper for Chi 2007
Video of Shoogle
Stephen Hughes was previously a researcher in the Palpable Machines research group with Sile O’Modhrain at Media Lab Europe. The group published key papers on vibrotactile display and mobile multi-modal interfaces.
MESH an iPaq running a simple tilt-driven maze game by the Palpable Machines group
If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!
At Chi 2007 I met with Lucian Leahu, researcher from the culturally embedded computing group at Cornell University. The group researches on affective computing by considering the cultural context in which people are in while interacting with computers.
We analyze, design, build, and evaluate computing devices in cultural context. We analyze the ways in which technologies reflect and perpetuate unconscious cultural assumptions, and design, build, and test new computing devices that reflect alternative possibilities for technology. We are part of a community of critical technical practices [as coined by Phil Agre], or practices that integrate technical system-building with cultural, philosophical, and critical reflection on technical practice. We have a focus on reflective design, or design practices that help both users and designers reflect on their experiences and the role technology plays in those experiences. We work with collaborators in the Affective Presence coalition to develop an approach to affective computing in which the full complexity of human emotions and relationships as experienced by users in central to design (rather than the extent to which computers can understand and process those emotions) (…)
For instance, their ongoing Fear Reflector project aims to support emotional self-reflection of people while they expect to confront their fears. Using a combination of biometry and camera input, it takes pictures of situation in which the user “fears”. People are then given the possibility to reflect on these “fear” contexts.
The group had a few papers being presented at Chi 2007. I attended a very impressive talk from their group How HCI Interprets the Probes. They discuss the research techniques of Bill Gaver called Cultural probes that uncover people’s values and activities. They discuss how the HCI community craving for flexible design methods adopted and adapted the probes in their research. By Kirsten Boehner, Janet Vertesi, Phoebe Sengers, and Paul Dourish (from Irvine), How HCI Interprets the Probes.
.Pdf of the Paper.
Also a nice interview of Bill Gaver on Designing Interactions for reference.
Another very inspiring take on HCI is to look at Situationist art practice. The authors specify how the Chi community can be relunctant to consider these methods, or by reducing them to comform to Chi’s ones instead of using the richness of these methods.
.Pdf of the Chi’07 paper by Lucian Leahu, Phoebe Sengers, Claudia Pederson, Jennifer Thom-Santelli and Pavel Dmitriev.
Of course, nice references on situationism with video and sound recordings of Guy Debord on Ubu. The most famous and studied book-movie of Guy Debord being Society of the Spectacle.
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Poster presented at Chi 2007
Our Touch Sensitive apparel is inspired by the vision to leverage stress, comfort, and massage people while they are on the move. When always on the move, as an interview based study has shown, people use technological devices to “tune-out” or express their fear of technology by finding “a place where [their] soul is” . What if objects that people carry with them and even carry on them could offer this sensory comfort that they seem to seek?
More on our Touch Sensitive Apparel.
Inspiration In hypermobile societies, people carry objects, information and goods. They develop habits. The notion of habitus coined by Bourdieu relates to everything that someone does, and in fact defines the individual. The search for comfort, to feel at home (to inhabit space through hab-its, habitus) when on the move defines the populations of our hyper-societies.
Design
Touch·Sensitive is a work-in-progress to develop a series of haptic modules that allow computational massage therapy to be diffused, customized and controlled by people on the move. It provides individuals with a sensory cocoon. Our current prototypes succeeded in defining a flexible structure, a mechanism of diffusion, and a feedback system for alerting and comforting the user through haptic means.
In addition, we propose to integrate machine-learning algorithms to understand the massage needs of the users through the analysis over time of the correlation between the motions of the user, the location of the pressure points, the intensity and qualities of the stimulus. We plan to develop these next steps along with specialists in massage therapy.
Download Chi 2007 WIP paper
Touch Sensitive Apparel was presented at Chi 2007. Enthusiasm, advices, references, and new ideas inspired by the visitors will lead to a new prototype this summer.
If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!
Poster presented at Chi 2007
Our Touch Sensitive apparel is inspired by the vision to leverage stress, comfort, and massage people while they are on the move. When always on the move, as an interview based study has shown, people use technological devices to “tune-out” or express their fear of technology by finding “a place where [their] soul is” . What if objects that people carry with them and even carry on them could offer this sensory comfort that they seem to seek?
More on our Touch Sensitive Apparel.
Inspiration In hypermobile societies, people carry objects, information and goods. They develop habits. The notion of habitus coined by Bourdieu relates to everything that someone does, and in fact defines the individual. The search for comfort, to feel at home (to inhabit space through hab-its, habitus) when on the move defines the populations of our hyper-societies.
Design
Touch·Sensitive is a work-in-progress to develop a series of haptic modules that allow computational massage therapy to be diffused, customized and controlled by people on the move. It provides individuals with a sensory cocoon. Our current prototypes succeeded in defining a flexible structure, a mechanism of diffusion, and a feedback system for alerting and comforting the user through haptic means.
In addition, we propose to integrate machine-learning algorithms to understand the massage needs of the users through the analysis over time of the correlation between the motions of the user, the location of the pressure points, the intensity and qualities of the stimulus. We plan to develop these next steps along with specialists in massage therapy.
Download Chi 2007 WIP paper
Touch Sensitive Apparel was presented at Chi 2007. Enthusiasm, advices, references, and new ideas inspired by the visitors will lead to a new prototype this summer.
If you’re new here, you may want to subscribe to my RSS feed to receive the latest Architectradure’s articles in your reader or via email. Thanks for visiting!
Aimée Mullins
Today at the fantastic H2.0 event hosted by John Hockenberry and organized by the MIT Media Laboratory, key speakers presented new research initiatives for augmenting mental and physical capability and this to vastly improve the quality of human life.
Pictures from Aimee Mullins’s talk
I discovered the inspiring work of Aimée Mullins, that not only is functional but also beautiful. She raises questions on identity and the body, on what it means to loose her lower self. She worked with various artists, designers and modeled for Alexander Mc Queen.
Aimée Mullins, Dazed & Confused, September 1998 by photographer Nick Knight
In Cremaster 3, actress Aimée Mullins wears blades on the soles of her shoes or a white dress and transparent crystal legs.
Cremaster 3
At the end of the H2.0 event Aimée Mullins declared: “people say i have no legs, but I have ten pairs of them and my interaction with them allow me to be a living sculpture”
Aimée’ Sculptural legs, photographer: Webb Chappell
Model: Aimée Mullins, photographer: Chris Winget
video
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Today at the h2.0 event -new minds, new bodies, new identities- Hugh Herr, director of the bio mechatronics group, presented his latest research. I am impressed by his work and fascinated by his own prostheses. He presented the number of persons who could benefit from wearable robotic and wearable attached to the body. From veterans who have parts of their body amputated, to anyone who could be robotically augmented. For instance, with wearable robotic, anyone could wear 100kg in a bag pack and not feel the load because it would be transmitted to the robot.
In Hugh Herr’s research, living muscle tissues are stimulated electrically to get the desired motion response. He presented the motion by mechanics in prostheses developed by the mechatronics group at the MIT media laboratory. The Rheo knee prosthesis allows to reduce the energy consumed in walking, allows to walk downstairs, upstairs, faster and slower. The person who wears the prostheses is controlling the lift. This research is based on nature, on how nature functions and steals from nature for its design.
Hugh Herr’s goal for the next years is to build the first hybrid body or limb by attaching robotic limb to the skeleton, load being transferred to the tissue. One of the main challenges is for the body to create its own seal. The group will develop the next generation of legs, and neurocontrol strategies for a direct control on these prostheses. Hugh Herr mentioned that his group developed the most powerful ankle in the world.
For the Human 2.0 event, John Maeda composed of 24 scribbled personas. I still have not chosen the one I am …
